Energy Physics · Physics-Validated Intelligence
Physics-Certified Energy Intelligence
Grid stability, thermal efficiency, storage optimisation, and portfolio analytics — validated by physics. No hardware. No installation. Pure analytics.
Grid & Flexibility
Physics-Validated Grid, Stability & Flexibility Assessments
Catches physically inconsistent asset states before BM gate closure. Prevents imbalance charge exposure by validating what you can safely commit — before you commit it.
- TNUoS/DUoS charge reduction — physics-validated
- Real-time grid stability
- Peak charge avoidance with certified evidence
- Outputs traceable for DNO and network audits
- Per-phase analysis
- Fault isolated
- Targeted repair protocol
- Pinpoint fault location without a full site audit
- Physics-identified shiftable load windows (kWh/day)
- Physics-validated DFS revenue evidence
- Time-of-use arbitrage quantification
- Peak-to-off-peak shifting — not statistical estimates
- Physics-validated flex dispatch proof
- BM gate closure compliance certification
- DFS / FFR pre-qualification evidence
- Physics-validated output that survives metering audit
- Detect faults before failure
- Physics-validated severity bands
- Predictive maintenance with certified evidence
- State transition and instability monitoring
- Grid Harmony — TNUoS/DUoS reduction, physics-validated
- Load Balancing — DFS revenue, time-of-use arbitrage
- Fault Detection — predictive maintenance, energy imbalance monitoring
Thermal Efficiency
Physics-Validated Thermal & Process Efficiency
Flags thermal states before they invalidate CCL exemption claims. Quantifies certifiable efficiency improvement — citable in ESOS, SECR, and ISO 50001 submissions.
- Physics-validated heating and cooling efficiency gain
- CCL tax savings — £8.01/MWh validated
- Citable in ESOS, SECR, and ISO 50001 submissions
- Efficiency improvement tracking per cycle
- Up to +10% validated thermal efficiency improvement
- Physics-validated for furnace, kiln, and high-temp process
- Multi-stage heat recovery and flue gas analysis
- Physics-validated outputs citable in compliance submissions
- PUE reduction to below 1.2 — physics-validated outcome
- Free cooling maximisation — validated against facility load profile
- £100k–£500k savings per 5MW facility
- Citable in ESG and sustainability audits
- HVAC Analyser — CCL savings, physics-validated
- Industrial Process Analyser — heat recovery, up to +10%
- Single subscription — one contract, unified thermal compliance reporting
- All HVAC Analyser features — CCL savings, cycle optimisation
- All Industrial Process features — multi-stage heat recovery
- All Data Centre PUE features — PUE below 1.2, free cooling
- Complete thermal cycle optimisation — save £5,000 vs buying individually
Battery & Storage
Physics-Validated Storage, BESS & Frequency Response
Blocks BM dispatch when coherence falls below safe thresholds — prevents imbalance charges. Identifies SoC conflicts before gate closure, then surfaces your exact arbitrage window.
- QCaaS — quantum-level battery state analysis delivered via API
- 20–30% asset life extension — physics-validated
- SoC cycle health and degradation risk monitoring
- State stability forecast — 3-day forward window
- QCaaS — quantum-grade BESS dispatch and arbitrage analysis
- Physics-validated peak arbitrage windows
- Charge/discharge scheduling for BM gate closure
- Physics-validated dispatch commitment
- QCaaS — quantum-grade grid balancing and FFR analysis via API
- SoC pre-positioning for FFR delivery windows
- £10k–£50k/MW/year FFR revenue quantification
- Physics-validated pre-qualification evidence for NESO providers
- Battery Health Monitor — SoC health, 20–30% life extension
- BESS Analyser — arbitrage and BM dispatch certification
- Single subscription — one contract, unified storage compliance reporting
- All Battery Health Monitor features — 20–30% life extension
- All BESS Analyser features — arbitrage and BM revenue
- All Grid Frequency Response features — FFR pre-positioning
- Complete storage optimisation — save £2,500 vs buying individually
Portfolio Analytics
Portfolio-Wide Physics Validation & Compliance
Portfolio-wide analysis with seasonal pattern detection and compliance validation — physics-measured data quality checks.
- Physics-validated compliance for portfolio-wide analysis
- Portfolio-wide TOU optimisation and seasonal pattern detection
- Audit-ready output for ESOS, SECR, and ESG submissions
- All base portfolio features — seasonal patterns, TOU, groupby analytics
- Appliance-specific efficiency recommendations — HVAC, heat pump
- Thermal cycle optimisation across portfolio — 12–18% efficiency gains
- CCL tax savings and heat recovery potential — portfolio-wide
- All base portfolio features — seasonal patterns, TOU, groupby analytics
- Battery SoC optimisation across portfolio — EV charging coordination
- Grid stability monitoring — FFR pre-positioning across fleet
- Arbitrage opportunity identification — portfolio-wide storage revenue
Enterprise products
Multi-site and high-volume solutions for 500+ assets
- Grid + Thermal optimisation — combined
- Load shift, peak avoidance, and thermal efficiency
- Multi-objective cost reduction across energy and heat
- Full physics certification — grid, thermal, and storage
- 61,000+ kWh/day optimisable load validated at grid scale
- Unlimited assets — physics-validated across all energy products
- Dedicated support — citable for government and NESO submissions
Aggregator & fleet plans
Aggregators · VPPs · Flex Providers · Multi-Site Operators
What you can do
Physics-validated intelligence across every energy operation
Optional Add-Ons
Stack Real-Time, Baseline Storage, Context Intelligence, or Multi-Entity management on top of any product.